static void Simulate(string input, double step, double end)
{
var parser = new ModelicaParser();
var printer = new ModelicaTreePrinter();
var translator = new ModelTranslatorV1();
var status = parser.TryParseProgram(input, out var prog, out var error, out var position);
if (status)
{
var ast = printer.Transform(prog);
Console.WriteLine(ast);
var logger = new ColoredConsoleLogger();
var model = translator.Translate(prog.ClassDefinitions.Last());
var integrator = new ImplicitEuler();
integrator.Discretize(model);
integrator.StepSize = step;
integrator.EndTime = end;
model.Initialize(new NoLogger());
Stopwatch w = new Stopwatch();
w.Start();
var results = integrator.Integrate(model, logger);
w.Stop();
Console.WriteLine("Integration took " + w.ElapsedMilliseconds + "ms");
using (var sw = new StreamWriter(Environment.CurrentDirectory + "\\results.csv"))
{
sw.WriteLine("time;" + string.Join("; ", model.AlgebraicVariables.Select(v => v.Name)));
foreach (var result in results)
{
sw.WriteLine(result.ToString());
}
}
}
else
{
Console.WriteLine(error);
}
}
IIntegrator createIntegratorFromAnnotation(ClassDefinition ast)
{
IIntegrator integrator = new BDF2();
var annot = ast.Elements.FirstOrDefault(e => e is Annotation) as Annotation;
if (annot != null)
{
var experiment = annot.Modification.Modifications.FirstOrDefault(m => m.Reference.ID == "experiment");
if (experiment != null && experiment.Modification != null)
{
foreach (var mod in experiment.Modification.Modifications)
{
if (mod.Reference.ID == "Integrator")
{
switch (mod.Modification.Value.ToString().Replace("\"", ""))
{
case "BDF1":
integrator = new ImplicitEuler();
break;
case "BDF2":
integrator = new BDF2();
break;
case "BDF2A":
integrator = new BDF2A();
break;
}
}
if (mod.Reference.ID == "Solver")
{
integrator.UseDulmageMendelsohnSolver = mod.Modification.Value.ToString() == "DMD";
}
}
}
}
return(integrator);
}
void Test(ModelicaTestElement node)
{
if (node.ElementType == ModelicaTestElementType.Folder)
{
foreach (var child in node.Children)
{
Test(child);
}
node.TotalSubelements = node.Children.Sum(n => n.TotalSubelements);
if (node.Children.Count > 0 && node.TotalSubelements > 0)
{
node.PercentParsed = node.Children.Sum(n => n.PercentParsed * n.TotalSubelements) / node.TotalSubelements;
node.PercentTranslated = node.Children.Sum(n => n.PercentTranslated * n.TotalSubelements) / node.TotalSubelements;
node.PercentSolved = node.Children.Sum(n => n.PercentSolved * n.TotalSubelements) / node.TotalSubelements;
}
else
{
node.PercentParsed = 1.0;
node.PercentTranslated = 1.0;
node.PercentSolved = 1.0;
}
}
else
{
node.TotalSubelements = 1;
var input = File.ReadAllText(node.Path);
var parser = new ModelicaParser();
try
{
var status = parser.TryParseProgram(input, out var prog, out var error, out var position);
if (status)
{
node.PercentParsed = 1.0;
var translator = new ModelTranslatorV1();
var model = translator.Translate(prog.ClassDefinitions.Last());
node.PercentTranslated = 1.0;
var integrator = new ImplicitEuler();
integrator.StepSize = 0.1;
integrator.EndTime = 0.1;
var logger = new NoLogger();
integrator.Discretize(model);
model.Initialize(logger);
var results = integrator.Integrate(model, logger);
node.PercentSolved = 1.0;
}
else
{
Console.WriteLine($"Error parsing file {node.Path}");
Console.WriteLine(error);
Console.WriteLine();
}
}
catch (Exception e)
{
Console.WriteLine(e.Message);
}
}
}
